Problem Number 1: In the given composite structural section determine the quantities placed in the table below. Answers placed are final and NO ERASURES are to be made. Place your solution here. PLACE YOUR ANSWERS HERE. 10 rxo= Ty,o= 4"X6"X ½" 12" 12" 4"X 8"X1"
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- Y= 82 show complete solutions and FBDProblem Number 1:In the given composite structural section determine the quantities placed in the table below. Answers placed are final and NO ERASURES are to be made. Place yoursolution here. PLACE YOUR ANSWERS HERE. 30 points. 10 Ix= Iy= 4"X6"X %" rx= ry= 12" 4"X 8"X 1":In the given composite structural section determine the quantities placedinthe table below. Answers placed are final and NO ERASURES are to be made. PLACE YOUR ANSWERS HERE. 10 " Ix = 1" Iy= 4"X6"X %" rx = ry= 12" 4"X 8"X 1" 2"
- Problem Number 1: In the given composite structural section determine the quantities placed in the table below. Answers placed are final and NO ERASURES are to be made. Place your solution here. PLACE YOUR ANSWERS HERE. I x,0= 10 " 1" I y,0 = r x,0 = 4"X6"X ½" r y,0 = 12" 4"X 8"X 1" 2" 1" 10 "Q: A composite section shown in Figure consisted of a rectangular and triangular sections with a semicirele hole as shown. Locate the centroid (x, y) of this section using the below table. Y 90 mm 10 mm 20 mm 10 mm 60 mm Xị Yi Part Area Ai (mm) (mm) (mm) A, Xi (mm') A, Yi (mm') +Yellow rectangle + Blue triangle - White semicircle TotalsPROBLEM 3: Determine centroid of the composite figure. Refer your final answer to x and y axis. 3" 5" 12" 6" 4° ר 6' 下 5" 6"
- 26. Given bar diameter of the beam = 20mm, %3D and 3/4" size of aggregates. What will be the minimum horizontal spacing of the beam's longitudinal bar?In the given composite structural section determine the quantities placed in the table below. Answers placed are final and NO ERASURES are to be made. Place your solution here. PLACE YOUR ANSWERS HERE. I x,0= 10 " I y,0 = r x,0 = 4"X6"X %" ry,o = 12" 4"X 8"X 1" ↑1" 12 "A composite section shown in Figure (2) consisted of a rectangular and triangular sections with a semicircle hole as shown in Fig. Locate the centroid (x, y) of this section using the below table. Y Area 90 mm A, X: A; Y; A (mm) (mm) (mm') | (mm') Part 20 mm (mm') +Yellow 120 mm rectangle 40 mm + Blue triangle 20 mm - White 60 mm semicircle Totals X= Y= Figure (2)
- NEED IT ASAP THANK YOU !! A joint is made by gluing two plywood gussets of thickness t = 0.58 inches to wood boards. Determine the shear stress for the glue (in psi) if the dimension b = 11.31 inches and the applied force is P = 7897 lb. Round off the final answer to two decimal places.Four 28 bars are to be placed on a single layer in a beam having a width of 350 mm with shear reinforcement diameter of 12mm. Calculate the actual spacing of bars. Express your answer in a whole number. Answer: 45Problem 20.2 Concrete has a notable capacity against compression stresses but very little capacity against tension stresses (it cracks easily). One strategy to counteract this weakness in tension involves using wires or rods to prestress the concrete beam in regions where flexural tension can be anticipated. Consider the simply-supported beam shown, which has a rectangular cross section of 18" x 12". If concrete has specific weight of 150 pcf (pounds per cubic foot) determine the required tension in rod AB, which runs through the beam so that no tensile stress is developed in the concrete at its center section a-a. Neglect the size of the rod and any deflection of the beam. a 16 in. B 2 in. 18 in. 6 in. 6 in. -4 ft- - 4 ft Tip: the beam's self-weight causes and internal moment at the midspan section and therefore flexural tension stress at the bottom of the beam. When the rod is tensioned it applies both an axial stress and a bending moment (since it is applied eccentrically on the…